Recently developed high-speed ionic devices require adherent laminates of stretchable and dissimilar materials, such as gels and elastomers. Adhesion between stretchable and dissimilar materials also plays important roles in medicine, stretchable electronics, and soft robots. Here we develop a method to characterize adhesion between materials capable of large, elastic deformation. We apply the ...

This paper describes the characterization of interfacial properties bonded dissimilar materials for fabrication biocompatible composites and functionally graded (FGMs) with high mechanical performance. In development biomaterials conflicting such as strength toughness artificial bone, much attention has been paid to FGMs consisting ceramics metals. Their are influenced by interfaces materials, ...